HighCraft.io Research
AI in healthcare: adoption statistics 2026
How US physicians and hospitals actually use AI in 2026, compiled from primary sources with sample sizes and field dates. Free to cite with attribution.
Alex Pavlov
Founder, HighCraft.io · Updated July 2026
The short version of AI in healthcare in 2026: adoption is now the norm, not the experiment. About 72% of US physicians actively use at least one AI tool, large hospitals run predictive AI at near-universal rates, and the work AI actually does is mostly paperwork. This page collects the numbers that hold up, each tied to its primary source with sample size and field date, so you can cite them without inheriting someone else marketing math.
Key findings
- 1
72% of US physicians actively use at least one AI tool in 2026, up from 38% in 2023. Counting those still evaluating it, 81% (AMA).
- 2
Adoption rises with size: 96% of large hospitals (over 400 beds) use predictive AI versus 59% of small ones, and 86% of system-affiliated hospitals versus 37% of independents (ONC, 2024).
- 3
AI use is documentation-first: billing and note documentation (21%) and discharge or care-plan notes (20%) lead assistive diagnosis (12%) among adopting physicians (AMA, 2024).
- 4
Ambient AI scribes saved Kaiser Permanente an estimated 15,700 documentation hours across 7,260 physicians and 2.5M encounters in one year. A separate 263-clinician study cut after-hours charting 0.9 hours a day and lowered burnout odds sharply.
- 5
The only randomized trial found smaller, product-dependent effects (a 9.5% note-time cut for one scribe, no significant change for another), so treat "saves an hour a day" as a marketing claim, not evidence.
- 6
Physicians lead with trust, not cost: 88% want a channel to flag AI problems, 85% want data-privacy assurance, 82% want independent validation. ROI ranks last at 68% (AMA, 2024).
- 7
Health-system AI is governance-gated: only 16% have a system-wide AI policy, and 40% of staff have encountered an unsanctioned "shadow AI" tool (CCM/KLAS and Wolters Kluwer, 2025).
- 8
The FDA has authorized about 1,451 AI-enabled medical devices, roughly 76% of them radiology, as of end-2025.
- 9
Patients accept AI when a human stays in charge: clinician presence made 3,000 US adults 18.4% more likely to choose an AI-involved visit, more than FDA approval or any certification (JAMA Network Open, 2026).
How many US physicians use AI in 2026?
72% actively use at least one AI tool, up from 38% in 2023. Counting those still evaluating it, 81%.
US physicians using AI in practice, AMA Augmented Intelligence series (n=1,692, 2026).
Adoption roughly doubled in three years, and the growth is documentation tools clearing the trust bar rather than diagnostic AI. Note the honest number: the 81% headline blends active use with physicians who are only evaluating AI, so the figure that survives scrutiny is 72% actually running a use case. There was no 2025 survey wave, so the middle of the curve is the source own interpolation, not a fresh measurement.
Who is adopting, hospitals or small practices?
The big systems. 96% of large hospitals use predictive AI versus 59% of small ones, and 86% of system-affiliated hospitals versus 37% of independents.
EHR-integrated predictive-AI adoption by hospital size, ONC/ASTP Data Brief No. 80 (n=2,080, 2024).
The gap is budget and integration capacity, not attitude. A large system can absorb a multi-month EHR integration and a governance committee. A small or independent hospital cannot, and ONC calls the result a persistent digital divide. Representative adoption data for solo and small ambulatory practices barely exists, which is itself the story: the smallest providers are the least measured and the least served.
What is AI actually used for in clinics?
Paperwork. Documentation (21%) and discharge or care-plan notes (20%) lead assistive diagnosis (12%).
Top current use cases among adopting physicians, AMA (n=1,183, 2024).
Clinical AI gets the headlines, administrative AI gets the contracts. Documentation leads because its return is measured in minutes per day, not in diagnostic-accuracy debates that invite liability. The first AI project that survives procurement is almost always paperwork. These are confirmed 2024 figures. A richer 2026 ranking circulated but did not survive verification, so it is deliberately left off this page.
What do clinicians want before they adopt?
Trust, not price. 88% want a way to flag AI problems, 85% want data-privacy assurance, 82% want independent validation. ROI ranks last, at 68%.
Share of physicians rating each requirement important, AMA (n=1,183, 2024).
This reorders the whole sales conversation. Physicians do not lead with cost, they lead with a governance and safety story: a feedback channel, a privacy guarantee, independent validation, liability cover. ROI is dead last. On the health-system side the same instinct shows up as immaturity rather than demand: only 16% have a system-wide AI policy and 40% of staff have already hit an unsanctioned shadow-AI tool. The vendor that ships a BAA, an audit trail and a validation report answers the top three objections before price ever comes up.
Will patients accept AI?
Yes, when a human stays in charge. Clinician oversight raised willingness to accept an AI visit by 18.4 points, more than FDA approval or any certification.
Change in patient willingness to accept an AI-involved visit, JAMA Network Open conjoint experiment (n=3,000, 2026).
Patients are not against medical AI, they are against unsupervised medical AI. In a 3,000-person experiment, keeping a clinician in the loop moved acceptance more than an FDA clearance or a Mayo Clinic stamp. For anyone building healthcare AI, that is the product spec: the human-in-the-loop is not a compliance afterthought, it is the single biggest driver of whether patients will say yes.
Two numbers for context
~1,451
AI-enabled medical devices authorized by the FDA through end-2025, about 76% of them radiology.
FDA AI-enabled device list, end-2025
$14.2B
raised by US digital-health startups in 2025, with AI-enabled companies capturing 54% of it. This is capital raised, not market size.
Rock Health, 2025
Methodology
This page aggregates primary sources into one reference: the AMA Augmented Intelligence physician survey series (2023-2026 waves), the ONC/ASTP hospital predictive-AI data brief, the FDA AI-enabled device list, peer-reviewed ambient-scribe studies (NEJM Catalyst and JAMA Network Open), and Rock Health digital-health funding data. Every figure carries its source, sample size and field date. Where the only randomized evidence contradicts real-world deployment claims, both are shown. Projections and funding figures are labeled as such and never presented as measured market size. Adoption survey waves are repeated cross-sections, not one panel, so year-over-year comparisons follow the sources own framing. Reviewed quarterly.
Sources
- AMA Augmented Intelligence physician survey (2023, 2024, 2026 waves)
- ONC/ASTP Health IT Data Brief No. 80: hospital predictive AI, 2023-2024
- NEJM Catalyst: Kaiser Permanente ambient AI scribe evaluation (2025)
- JAMA Network Open: ambient AI scribes, burnout and documentation time (2025)
- JAMA Network Open: patient trust and clinician-in-the-loop AI (2026)
- FDA: Artificial Intelligence-Enabled Medical Device List
- Rock Health: 2025 year-end digital health funding
Frequently asked questions
- How many doctors use AI in 2026?
- About 72% of US physicians actively use at least one AI tool in 2026, up from 38% in 2023, per the AMA Augmented Intelligence survey (n=1,692). Counting physicians who are aware of or evaluating AI but not yet running a use case, the figure is 81%.
- What is the most common use of AI in healthcare?
- Documentation. Among adopting physicians in 2024, billing and note documentation (21%) and discharge or care-plan notes (20%) were the top current uses, ahead of assistive diagnosis (12%). Administrative work, not clinical decision-making, is where AI is doing the most.
- Do small practices use AI as much as hospitals?
- No. In 2024, 96% of large hospitals (over 400 beds) used EHR-integrated predictive AI versus 59% of small hospitals, and 86% of system-affiliated hospitals versus 37% of independents. ONC calls this a persistent digital divide driven by budget and integration capacity.
- Do ambient AI scribes really save an hour a day?
- Real-world deployments show large savings (Kaiser Permanente estimated 15,700 documentation hours saved in a year), but the only randomized trial found smaller, product-dependent effects: a 9.5% cut in note-writing time for one scribe and no significant change for another. Treat "saves an hour a day" as a vendor claim, not settled evidence.
- What do doctors want before they will adopt AI?
- Trust and safety, not price. In the AMA survey, 88% want a way to flag AI problems, 85% want data-privacy assurance, and 82% want independent validation. Return on investment ranked last, at 68%. For health systems the gap is governance: only 16% have a system-wide AI policy.
- Do patients trust AI in healthcare?
- Conditionally. Patients accept AI when a clinician stays in control. In a 3,000-person experiment (JAMA Network Open, 2026), clinician oversight made people 18.4 percentage points more likely to choose an AI-involved visit, a bigger effect than FDA approval or any certification.
- How many FDA-approved AI medical devices are there?
- The FDA has authorized roughly 1,451 AI-enabled medical devices as of end-2025, about 76% of them in radiology. The FDA notes its published list is a keyword-based lower bound, not a complete census, and the count rises every month.
Related
Healthcare AI consulting
Where AI fits in a clinical or back-office workflow, and where it does not, from a team that ships it in production.
HIPAA-compliant software development
The BAA, audit-log, and access-control plumbing that clinicians rank above price before they will adopt.
HIPAA AI compliance checklist
The companion reference: what to get right before an AI feature touches a real patient record.
Building AI into healthcare software?
We build HIPAA-compliant healthcare software, including production AI features with the human-in-the-loop these numbers say patients require. If you are scoping one, we can review the plan or build it with you.